View source for Talk:TFNR - 7.3.5 The principle of General Equivalence

[[File:The_principle_of_General_Equivalence.png|200px|thumb|right|The principle of General Equivalence]]

The fundamental physical quantities that characterize the Elementary Action are equivalent. They reflect an underlying equivalence among physical phenomena we are trying to describe. 
Mass density, dark energy, space-time curvature of the metrics, temperature of the space time, velocity of propagation of information in the field and density of the elementary perturbations (the distribution of quantum fluctuations) are equivalent and have a unique physical basis. Mass does not curve space-time. Mass “is” the curvature of space-time.

Therefore, Equivalence Principle describes the equivalence between the fundamental physical quantities:

*velocity of propagation of perturbations (of Information) in the Field of Elementary Action (description), 
*mass of space-time domains, 
*temperature range, 
*the density of elementary perturbations of space-time metric
and, indirectly, between the derived quantities:
*velocity of propagation of light in void/vacuum, 
*the mass of the structures of dark and ordinary matter dimensions and geometric properties of physical reality). 

[[File:The principle of General Equivalence - Table.png|200px|thumb|right|The principle of General Equivalence - Table]]

Vedi def italiana wiki…

(Action, propagation | metric | space and time|, c | epsilon zero e mu zero|, mass | ordinary / dark matter and dark energy|, temperature | level and distribution of Elementary Field fluctuations |)